
The Magellan Sutera Resort
Accommodation is available at The Magellan Sutera, allowing delegates to stay conveniently at the symposium venue.
Attend
APCRS 2027 takes place at The Magellan Sutera Resort, within the Sutera Harbour integrated resort on the seafront of Kota Kinabalu, Sabah, with accommodation at The Magellan Sutera and The Pacific Sutera Hotel.
21–25 June 2027 · Kota Kinabalu, Sabah
The venue
The Asia Pacific Coral Reef Symposium 2027 will be held at The Magellan Sutera Resort, located within the Sutera Harbour integrated resort on the seafront of Kota Kinabalu, Sabah. Overlooking the South China Sea, the resort offers a coastal setting that complements the symposium’s focus on coral reefs and marine ecosystems.
Together with dining outlets and leisure facilities, the resort provides a comfortable setting for both the symposium programme and informal networking.

The main venue
The Magellan Grand Ballroom of Sutera Harbour, Kota Kinabalu, will serve as the symposium’s main venue, while workshops and concurrent sessions will take place in other breakout rooms within the resort premises.
Accommodation is available at The Magellan Sutera, allowing delegates to stay conveniently at the symposium venue.
Browse accommodation

The Pacific Sutera Hotel, also within the Sutera Harbour vicinity, offers an additional accommodation option.

Accommodation is available at The Magellan Sutera, allowing delegates to stay conveniently at the symposium venue.

The Pacific Sutera Hotel, also within the Sutera Harbour vicinity, offers an additional accommodation option.
Marine life at the marina
Between sessions, take a stroll along Sutera Harbour Marina and look out for fish beneath the surface. The marina’s seawalls also support hard corals, offering a little marine-life inspiration beyond the conference room!
A study of Sutera Harbour Marina’s seawalls recorded 105 fish species from 32 families and 48 genera of hard corals from 17 families, highlighting the marine biodiversity found within the symposium’s host setting (Gan et al., 2025).